Modular Monolith: An Architectural Approach for Building a High-Availability Electric Vehicle Charging Station Management System

Abstract

This article explores the application of modular monolith architecture in the development of management systems for electric vehicle charging stations. It outlines the key advantages of the modular monolith architecture, particularly in ensuring high availability, fault tolerance, and efficient scalability of the system. The article provides an example of building a software solution that ensures reliable operation of charging stations under high load conditions while allowing functional expansion without disrupting system stability. Special attention is given to the separation of responsibilities, data management, and methods of interaction between system modules. The integration with a centralized data processing system and large-scale data storage is also discussed. The conclusion analyzes the potential of using the modular monolith for building modern, high-reliability systems and the prospects for implementing such approaches in other industries